Question

energy of bohrs orbit. a) increases as we move away from nucleus. b)decreases as we move away from nucleus c) remains the same as we move away from the nucleus 4) first decreases and then increases​

Answer 1

Answer:

a) increases as we move away from nucleus

Explanation:

Energy of Bohrs orbit is given by the formula : $-13.6\frac{Z^{2} }{n^{2} } eV$ where Z is no.of protons, n is orbit number

When we are moving away from the nucleus, n is increasing, Hence denominator is increasing.

But since the value of energy is in negative, then if denominator increases, the energy becomes less negative, i.e its value increases.

Hence our final answer would be a) increases as we move away from nucleus

Answer 2

Answer:

A) according to bohr model of an atom increases as it move far from the nucleus

Explanation:

Becoz it comes in hight excited state so it get more radiated and energy increases.